Septic in Colorado Springs, CO

Last updated: Mar 21, 2026

From the sunlit pines to the red-rock foothills, Colorado Springs sits at the edge of the plains where the Front Range meets the high desert. In this hometown landscape, you'll notice that homes aren't just built to withstand the climate — they're also designed around how wastewater is managed.

Is septic common in Colorado Springs? Should I expect septic if I own or buy a home? Short answer: it depends on where you are. Inside the city limits and near established sewer districts, most houses connect to a municipal sewer line. In outlying neighborhoods, hillside lots, or rural parcels, a septic system is still common and entirely appropriate. If you're buying a home, ask about the nearby sewer availability and inspect the current wastewater system. Look for disclosure on septic or sewer service, and consider scheduling a pre-purchase inspection that includes the tank, the drainfield, and any pump history.

Why homes typically use septic systems in Colorado Springs

  • Availability and cost of extending sewer lines: In far-flung parts of the county or on steep terrain, running a sewer main directly to every property is expensive and sometimes impractical. A septic system can be a practical, cost-effective alternative.
  • Soil and geology: Colorado soils vary widely. Well-draining soils and deeper bedrock in some areas make septic viable, while others require careful design and dosing to protect groundwater.
  • Water efficiency and groundwater protection: In this arid region, efficient water use and protecting groundwater quality matter. A well-designed septic system, properly emptied and maintained, can manage wastewater on-site without overloading the local aquifer.
  • Regulatory and planning realities: Local codes allow or require septic where sewer isn't feasible, with inspections and permit requirements to ensure safety and environmental protection.

High-level explanation (why septic exists here)

Septics exist here because our landscape and development patterns favor self-contained handling of wastewater when central sewer isn't available. A properly sited, installed, and maintained septic system treats household waste underground, returning cleaner effluent to the soil and keeping yards and water supplies safe. It's a practical solution for larger lots, hillside homes, and rural properties that value independence and reliability.

A friendly neighbor's note: regular pumping, inspection, and a simple maintenance plan go a long way. In the coming sections, you'll find practical steps tailored to Colorado Springs' soils and climate to help keep your system healthy.

Where Septic Systems Are Common in Colorado Springs

Areas where septic is most common

  • In Colorado Springs, most homes within city limits are served by the municipal sewer system. Septic systems are far more common in the outlying, unincorporated portions of El Paso County that border the city.
  • Rural and hillside neighborhoods on the north, east, and west edges of the metro area often rely on septic due to limited or no sewer mains reaching those parcels.
  • Mountain foothill and remote subdivisions, where terrain, distance, or cost make extending sewer lines impractical, typically use on-site wastewater systems.
  • Farms, ranches, and acreages with larger lots also frequently use septic, since septic design is well-suited for lower housing density and long individual drain fields.

Why these areas rely on septic

  • Infrastructure scope and cost: Extending city sewer mains across rugged terrain or long distances can be prohibitively expensive, so many outlying properties install and maintain their own systems.
  • Population density: More sparsely populated areas make septic a practical alternative to centralized wastewater treatment.
  • Topography and soils: Sloped, rocky, shallow, or perched soils can limit sewer line feasibility and drive on-site solutions that are designed to match site conditions.
  • Development history: Some neighborhoods developed before sewer access was planned or funded, leaving septic as the practical option for ongoing wastewater management.
  • Water management considerations: In certain areas, soil conditions support effective treatment and discharge with a properly installed septic system, while others require special designs due to high water tables or limiting groundwater.

How to determine if your property uses septic

  1. Check with El Paso County Public Health to confirm whether your property uses an on-site wastewater treatment system (OWTS) and to understand local permitting requirements.
  2. Review property records or the county assessor's database for OWTS permits or notes tied to your parcel.
  3. Look for physical indicators of a septic system on site—septic tank access lids, drain field areas, or clearings in turf that may indicate an underground system.
  4. If you're buying a home, hire a licensed septic inspector to review the system's age, condition, and maintenance history.
  5. If you're considering connecting to city sewer, contact Colorado Springs Utilities or the county for connection options, costs, and timelines.

Resources

  • El Paso County Public Health — Onsite Wastewater Treatment Systems (OWTS):
  • Colorado Department of Public Health and Environment — On-site Wastewater Treatment Systems:
  • Colorado State University Extension — Septic Systems and Home Wastewater Safety:

Septic vs Sewer: What Homeowners in Colorado Springs Should Know

Who provides sewer in Colorado Springs

In Colorado Springs, most residents within the city limits are connected to a centralized sewer system operated by Colorado Springs Utilities. If your property sits outside the city boundaries or in unincorporated El Paso County, you're more likely to rely on a septic system that is regulated by the Colorado Department of Public Health and Environment (CDPHE) and your county health department.

Is sewer available to your property?

  • Check your address against the city's sewer availability maps or with Colorado Springs Utilities. If sewer isn't available, septic systems may still be an option if you meet local permitting requirements.
  • Even when sewer is available, homeowners sometimes choose septic for cost or independence. But switching later can involve connection fees and inspections.

Maintenance and cost realities

  • Septic users: expect routine pumping every 3-5 years, depending on tank size, household inflow, and soil conditions. Regular inspections by a licensed septic professional help prevent surprises.
  • Sewer users: you'll pay regular wastewater service charges to the city utility. Maintenance is largely about preventing blockages in your home plumbing and keeping sewer lines clear.
  • Both paths demand watershed-conscious practices: avoid flushing trash, oils, solvents, nonbiodegradables, and excessive grease; use water-efficient fixtures to reduce load on either system.
  • If a septic system fails or is poorly designed for your lot, repair costs can be substantial and may require soil testing and septic field replacement.

Quick decision steps

  1. Confirm sewer availability for your property with Colorado Springs Utilities or the city planning office.
  2. If sewer isn't available, review septic permitting requirements with CDPHE and your county environmental health department.
  3. Get a licensed septic professional to evaluate current tank size, leach field condition, and annual wastewater flow estimates.
  4. Run a simple cost comparison: long-term sewer service fees vs. annual septic maintenance, pumping, and potential replacement costs.

Practical tips for Colorado soils

  • Colorado soils and winter freeze-thaw cycles affect septic performance. Ensure proper seasonal drainage and protect the drain field from compaction and heavy equipment.
  • Maintain vegetation over the drain field to reduce soil disturbance and root intrusion.

Official resources

  • CDPHE Septic Systems:
  • EPA Septic Systems:
  • Colorado Springs Utilities – Sewer Services:

Typical Septic System Types in Colorado Springs

Conventional gravity septic systems

  • How they work: A standard tank receives household wastewater, solids settle, and liquid effluent flows by gravity into a perforated drainfield buried in the yard.
  • Site needs: Adequate soil depth, permeability, and no large rock obstructions are important for proper performance.
  • Pros and cons: Simple, lower upfront cost, and easy to service. If soil is too slow or rock-hard, performance drops and space or alternative designs may be needed.
  • Quick maintenance notes: Have the tank pumped every 3–5 years (or per local recommendations) and have annual inspections of components like baffles to prevent solids from reaching the drainfield.

Mound systems

  • When they're used: In Colorado Springs, mound systems are common where native soil is shallow, rocky, or poorly drained, or where the water table is high.
  • How they work: A raised bed of sand or sand-and-soil mix sits above the natural soil. Effluent is pumped to distribution pipes in the mound, then infiltrates through the engineered fill.
  • Pros and cons: Can enable septic performance where conventional systems won't. Higher installation and maintenance costs, plus more components to monitor.
  • Maintenance focus: Regular pumping of the septic tank, plus inspections of pumps, dosing controls, and the mound's condition.

Aerobic Treatment Units (ATU)

  • What they do: ATUs pre-treat wastewater using controlled aeration, producing higher-quality effluent than a conventional system.
  • How they're set up: A tank or series of tanks with an aerator and a clarifier; treated effluent is discharged to a drainfield, drip system, or evapo-transpiration area as allowed.
  • Operation and maintenance: Requires electricity and routine service from a licensed provider. Some units need disinfection or filtration steps before dispersal.
  • When they're a good fit: Difficult soils, limited space, or sites where a conventional system isn't feasible.
  • Pros and cons: Smaller footprint and enhanced treatment; higher operating costs and ongoing maintenance requirements.

Pressure-dosed distributions

  • What it is: A pump pushes effluent under pressure to multiple trenches or outlets, promoting even distribution.
  • Why it helps: Reduces overloading of any single trench and improves efficiency in marginal soils or when using ATUs or mound systems.
  • Maintenance focus: Regular pump checks, alarm verification, and electrical system inspections.

Sand filtration and recirculating sand filters

  • How they work: Septic effluent passes through a sand bed for additional filtration before reaching the drainfield.
  • Ideal use: Helpful in poorer soils or higher-strength effluent situations; can reduce drainfield size needs.
  • Care and upkeep: Periodic inspections, occasional media replacement, and ensuring proper dosing to the filter.

Drip irrigation and evapotranspiration (ET) systems

  • Concept: Treated effluent is reused for landscape irrigation or ET-based systems.
  • Considerations: Must meet local disinfection and water-quality standards; design, installation, and monitoring are essential.
  • Pros and cons: Water reuse and potential for smaller drainfields, but higher design complexity and ongoing monitoring.

Important planning notes for Colorado Springs

  • Site and soil conditions drive system choice; rock, slope, frost action, and groundwater affect what can be installed.
  • Permitting and standards: Work with a licensed septic designer/installer and check with the Colorado Department of Public Health and Environment (CDPHE) for statewide guidelines; your county health department may also oversee permitting and inspections. Learn more at CDPHE's Onsite Wastewater Treatment Systems page:
  • For general guidance on septic systems, you can also consult EPA's overview: https://www.epa.gov/septic

Choosing the right type comes down to soil, space, climate, and budget. A qualified local septic professional can evaluate your site and help you select a system that meets Colorado Springs requirements and long-term maintenance needs.

Common Septic Issues in Colorado Springs

Tank and baffle failures

  • What happens: Over time, septic tanks, especially older installations common on historic Colorado Springs homes, can develop cracked walls or failing baffles. Solids escape into the drain field, clogging pipes and reducing effluent distribution.
  • Why it matters in Colorado Springs: Cold winters, temperature swings, and aging infrastructure mean tanks in this region may reach end-of-life earlier if not pumped and inspected regularly. The combination of steep terrain around town and varying lot layouts can also stress tank seals.
  • Quick checks: gurgling sounds in plumbing, unexpectedly rapid – or slow – sewage accumulation in fixtures, puddling or lush patches near the drain field.

Drain field saturation and soil challenges

  • What happens: Soils that don't percolate well or are interrupted by rock, clay, or shallow bedrock can't absorb effluent adequately. When drainage is poor, the system can back up or surface prematurely.
  • Why it's common here: Colorado Springs sits on diverse geology—fractured rock and compacted soils in many neighborhoods, plus seasonal irrigation and snowmelt can saturate the leach field. High water use during irrigation season or drought cycles alter soil moisture and hydraulic conditions, stressing the system.
  • Signs to watch: damp or soggy areas above the drain field, particularly after rains or irrigation, and lush, green spots in unexpected places.

Freeze-thaw and frost heave impacts

  • What happens: Repeated freezing and thawing cycles can move, crack, or uplift components of the drain field and buried pipes. Frost heave disrupts proper effluent flow and can cause uneven distribution.
  • Why it's relevant in Colorado Springs: long, cold winters with significant ground movement can destabilize trenches and compact soils around the field, reducing absorption and causing surface problems.
  • Preventive steps: ensure proper cover and vegetation over drain fields, and avoid heavy loads over the system during winter.

Water quality, mineral buildup, and system efficiency

  • What happens: Colorado Springs' relatively hard water can contribute to mineral buildup in tanks and lines. Scale and soap scum can reduce chamber capacity and flow efficiency, making pumping less effective and requiring more frequent maintenance.
  • Why it matters here: Mineral content interacts with cold-season use and low-flow fixtures; combined, they can accelerate wear on filtration components and reduce drain-field longevity.
  • Practical impact: you may notice slower draining, more frequent pump-outs, or more frequent need for filter cleaning.

Groundwater proximity and environmental risk

  • What happens: In foothill neighborhoods or areas with shallow groundwater, effluent disposal must be carefully managed to avoid contamination risk.
  • Why it's unique to the area: varying groundwater depth and local hydrology around Colorado Springs require site-specific design and setback assessments per code.
  • Safety note: keep to recommended pumping schedules and avoid pressure on the system during wet seasons.

Maintenance and design considerations for cold-climate systems

  • System choices: in cold climates, mound systems or frost-protected designs may be recommended where soils are marginal. Regular inspections are essential to catch issues before they escalate.
  • Practical upkeep:
    • Schedule regular pumping (typically every 3–5 years for normal use, more often if you have a high-flow household).
    • Use effluent screens and keep a maintenance plan for filters.
    • Limit flushing of non-biodegradable items and avoid excess grease or chemicals.
    • Conserve water to reduce loading on the drain field.

Signs to monitor and first steps

  • Slow drains, gurgling in pipes, and toilet backups
  • Wet, spongy ground or strong odors over or near the drain field
  • New patches of vegetation or unusually lush growth in formerly dry areas

Resources for official guidance

Notes for homeowners: if you suspect issues, avoid driving on or planting heavy trees or shrubs over the drain field, and contact a licensed septic professional for an evaluation.

Septic Inspection, Permits & Local Oversight

Who oversees septic in Colorado Springs

  • Colorado Springs sits mostly in El Paso County. In the county, onsite wastewater systems (OWTS) are overseen by the local health department (El Paso County Public Health) and, where applicable, by the city's permitting office. Always confirm your exact requirements with the local authority before you start work.
  • If you live inside city limits, the City of Colorado Springs may have additional rules or a different permitting path. Start by checking with the county and the city to avoid surprises.

Permits you may need

  • New installations, significant repairs, or replacements almost always require a permit.
  • Common path:
    1. Hire a Colorado-licensed OWTS designer to prepare a plan, including site evaluation and soil considerations.
    2. Gather required documents (site plan, soils information, proposed layout) and submit a permit application to the appropriate local authority (El Paso County Public Health or the City, depending on your location).
    3. Pay the permit fees and wait for approval before construction begins.
    4. Once approved, construction must follow the plans and pass inspections.
  • Abandonment or substantial modifications to an existing system typically require a permit as well.

Inspections during construction

  • Inspections ensure the system is installed correctly and safely. Typical milestones include:
    • Pre-inspection of trenching and excavation work.
    • Tank placement and pipework inspection.
    • Final backfill inspection after trenches are compacted.
    • Final inspection to verify the system is functioning and that all components meet code.
  • An Operation and Maintenance (O&M) plan is usually required as part of the permit; you'll want a copy on file and to follow it for routine care.

Real estate transfer and septic inspections

  • Some Colorado counties and municipalities encourage or require a septic evaluation during a real estate transaction. This can help buyers understand the condition of the system and avoid closing delays.
  • If you're buying or selling:
    • Hire a Colorado-licensed septic inspector to perform a formal septic system evaluation.
    • Obtain a written report, note any needed repairs, and decide who will address them (buyer, seller, or via escrow).
    • Document all findings and keep copies for your records.

Maintenance, repairs, and upgrades

  • Routine maintenance is key but not always enforced by permit. Schedule regular pumping and inspections per your system's O&M plan.
  • For any repair or upgrade that changes the system layout, capacity, or components, a permit and inspections are typically required.

How to navigate the process (step-by-step)

  1. Confirm jurisdiction (county vs city) for your property.
  2. Engage licensed professionals (OWTS designer, septic installer) as needed.
  3. Prepare and submit permit paperwork with plans and soils data.
  4. Pay fees and obtain permit approval before work begins.
  5. Schedule and pass the required inspections at all milestones.
  6. Secure and follow the O&M plan; keep all reports and permits for your records.

Helpful tips

  • Do not proceed with digging or installation without a permit; a lack of permits can lead to costly rework or denial of final approvals.
  • Keep a neat file with all permits, inspection reports, and the O&M plan; it simplifies future selling or system upkeep.
  • If you're unsure who to call, start with El Paso County Public Health's environmental health services, then verify with the City if you're within city limits.

Resources:

  • El Paso County Public Health – Onsite Wastewater / OWTS program:
  • City of Colorado Springs – Permits & Inspections:

Septic Maintenance for Homes in Colorado Springs

Seasonal considerations for Colorado Springs

  • Winter freeze-thaw cycles can affect access to the tank and drain field. Keep lids and the area around the system clear of snow and avoid driving or parking on the drain field when the ground is frozen or muddy.
  • Colorado soils vary from clay to rocky, with some properties having shallow bedrock. A drain field placed on marginal soils is more sensitive to overloading and compaction. Have a local pro evaluate site conditions during installation and on routine visits.
  • Snowmelt and spring rains can temporarily saturate soils. If you notice soggy patches or strong odors in the drain field area after heavy wet seasons, schedule an inspection to check for improper drainage or distribution issues.
  • Water-use habits matter more here: high-efficiency appliances and mindful irrigation reduce the load on your system during the dry months and help protect the leach field.

Regular pumping and professional inspections

  • Most Colorado Springs homes benefit from a professional pumping every 2–4 years, depending on tank size, household size, and wastewater generation. If you have a garbage disposal, high soap loads, or many laundry cycles, expect a shorter interval.
  • Schedule annual or biannual inspections by a licensed septic professional. Inspections should cover the tank's baffles or tees, any effluent screen, the pump chamber (if present), the distribution box, and the drain field for signs of distress.
  • What the inspection checks:
    • Tank cleanliness and liquid level
    • Condition of baffles and any filters
    • Evidence of groundwater intrusion or effluent surfacing
    • Drain-field soil health (not saturated, not dusty or cracked)
    • Drain-field trenches for standing water or odors
  • Documentation of pumping, inspection findings, and any recommended repairs should be kept in your home file for future reference.

Water use and waste management

  • Conserve water to lessen the system's load:
    • Run full loads of laundry and dishes; stagger laundry days if possible.
    • Fix leaks promptly; a dripping faucet can waste hundreds of gallons per month.
    • Use water-efficient fixtures (low-flow toilets, showerheads, and taps).
  • Use septic-safe products and reduce chemical burden:
    • Choose enzyme-based or septic-safe cleaners and avoid dumping solvents, paints, antifreeze, pesticides, caustic drain cleaners, or motor oils into the system.
    • Never pour grease, oils, coffee grounds, or coffee filters into the drain.
  • Be mindful with the disposal of disposables:
    • Limit or avoid garbage disposals if your system is undersized or near capacity, as they add solids to the tank.
    • Never flush wipes, feminine hygiene products, or condoms—even "flushable" items—unless the label explicitly states it's safe for septic systems.

Drain field protection and landscaping

  • Protect the drain field from root intrusion and soil compaction:
    • Plant only shallow-rooted grasses near the drain field; avoid trees with expansive roots in close proximity.
    • Keep heavy vehicles, construction equipment, and parking off the drain field area.
    • Consider root barriers if trees or shrubs are nearby and you're renovating landscaping.
  • Surface grading should direct runoff away from the drain field to prevent oversaturation.

Step-by-step maintenance plan (simple, actionable)

  1. Keep a maintenance log (dates of pumping, inspections, repairs, and outputs).
  2. Schedule a professional inspection annually or biannually.
  3. Pump the tank when the inspector/firm recommends (typical window: every 2–4 years).
  4. On pumping day, ensure access is clear and inform residents what was removed and what is recommended next.
  5. After service, note any repairs or recommended upgrades (filters, baffles, or pump replacements).
  6. Monitor for signs of trouble (gurgling toilets, slow drains, bad odors, wet spots in the yard) and call a pro promptly.

Signs of trouble and when to call a professional

  • Persistent odors near the tank or drain field
  • Standing water or unusually lush grass patches above the drain field
  • Slow drains or multiple backups in the house
  • Gurgling sounds in plumbing or toilets

Resources for Colorado Springs homeowners

  • EPA: Septic System Basics and Maintenance

  • Colorado Department of Public Health and Environment: Onsite Wastewater Treatment Systems (OWTS)

Cost Expectations for Septic Services in Colorado Springs

Septic Tank Pumping and Cleaning

Regular pumping removes solids that can clog the system and lead to backups. In Colorado Springs, cold winters and soil conditions make timely pump-outs especially important. Most residential tanks (roughly 1,000–1,500 gallons) are pumped every 3–5 years, depending on occupancy and usage.

  • What's included
    • Pumping of liquid and solids, disposal of pumped waste
    • Visual check of tank condition, baffles, and access risers
    • Basic system performance check and note of any obvious issues
  • Typical cost range in Colorado Springs
    • $250–$600 per service (price increases with larger tanks, multiple tanks, or if an aerobic system is involved)
  • Steps to prepare (numbered)
    1. Confirm access to the tank lid and clear around it.
    2. Share recent household water usage (occupants, two-story vs. ranch, baths per week).
    3. Schedule with a licensed septic contractor familiar with local soils.
    4. Avoid heavy water use for 24 hours after pumping to let the tank settle.

System Inspections and Comprehensive Assessments

Regular inspections help catch issues before they become costly. Pre-purchase inspections are especially helpful in Colorado Springs due to seasonal freezing and soil variability.

  • What's included
    • Visual inspection of tank and lines, baffle/effluent filter checks
    • Inlet/outlet condition, pump or aeration system checks (if present)
    • Written report with recommendations; optional camera inspection for more detail
  • Typical cost range in Colorado Springs
    • $150–$350 per inspection
  • Steps to prepare (numbered)
    1. Gather prior maintenance records and any permit notes.
    2. Have the property map or tank location handy.
    3. Schedule during dry weather for easier access.

New System Installation and Permitting

A new installation involves site evaluation, soil testing, design, permits, and a staged installation. In Colorado Springs, county oversight is active and permits are required.

  • What's included
    • Site assessment and soil percolation testing, system design
    • Permitting, trenching/backfill, system startup, and initial testing
    • Customer guidance on maintenance
  • Typical cost range in Colorado Springs
    • Conventional system: $10,000–$25,000
    • More complex systems (mound or specialty soil conditions): $20,000–$40,000+
  • Steps to prepare (numbered)
    1. Hire a licensed designer/engineer for the system layout.
    2. Submit plans to El Paso County for permit approval.
    3. Schedule installation for a window with stable weather and accessible terrain.

Repairs and Component Replacement

Repairs cover damaged baffles, outlets, pumps, alarms, and related components. Drain-field issues may require more extensive work.

  • What's included
    • Diagnostic testing (pressure, flow, and leak checks)
    • Replacement parts (baffles, pumps, sensors, filters)
    • Limited trench work or backfill as needed
  • Typical cost range in Colorado Springs
    • Minor repairs: $100–$1,000
    • Major repairs (pump, valve, or line replacement): $1,000–$6,000
    • Drain-field-related repairs: $2,000–$15,000+
  • Steps to prepare (numbered)
    1. Confirm warranty coverage on components if applicable.
    2. Plan for possible excavation access and outdoor safety considerations.
    3. Schedule follow-up testing after repairs.

Drain Field and Soil Absorption System Maintenance

The drain field is sensitive to soil moisture, freezing and thaw cycles, and usage patterns. Colorado Springs soils and climate can influence performance and repair timelines.

  • What's included
    • Soil evaluation if needed, lateral line inspection
    • Reconfiguration of trenches or replacement of damaged lines
    • Grading adjustments to improve effluent dispersion
  • Typical cost range in Colorado Springs
    • Repair: $3,000–$15,000
    • Replacement: $15,000–$40,000+
  • Steps to prepare (numbered)
    1. Limit heavy irrigation and water usage during repair work.
    2. Obtain a plan detailing changes to field layout, if needed.
    3. Verify permit requirements with the county for any structural work.

Aerobic and Other Alternative System Service

Aerobic systems require regular mechanical service and monitoring.

  • What's included
    • Service of control panels, aerators, pumps, alarms, and backup power
    • Filter cleaning and system cycling checks
    • Potential battery/backup replacements
  • Typical cost range in Colorado Springs
    • Per service: $500–$1,200
    • Annual maintenance plans: $800–$2,000
  • Steps to prepare (numbered)
    1. Confirm service frequency required by the manufacturer.
    2. Ensure access to electrical and control components.
    3. Keep a maintenance log for future needs.

Emergency and After-Hours Service

Backups, clogs, or failures can happen unexpectedly, especially during wet seasons.

  • What's included
    • 24/7 dispatch options, rapid diagnostic, temporary containment if needed
  • Typical cost range in Colorado Springs
    • Call-out: $150–$300 + hourly rates (often $100–$200)
  • Steps to prepare (numbered)
    1. Have a short list of preferred emergency providers.
    2. Know your tank location and access points.

Maintenance Plans and Preventive Care

Long-term planning reduces surprise failures and spreads costs.

  • What's included
    • Scheduled pump-outs, inspections, filter maintenance, and priority service
  • Typical cost range in Colorado Springs
    • Initial setup: $200–$600
    • Monthly plans: $10–$60 depending on services
  • Steps to prepare (numbered)
    1. Compare included services and response times.
    2. Keep maintenance records and receipts organized.
    3. Schedule annual reminders in your calendar.

Official resources: